Session 1280 RIDING WITH THE SUN: MTSU’S EXPERIENCE IN SOLAR CAR DESIGN AND THE IMPACT ON COMMUNITY Saleh M. Sbenaty Department of Engineering Technology and Industrial Studies Middle Tennessee State UniversityABSTRACT This paper describes Middle Tennessee State University (MTSU) efforts in:x promoting its Basic and Applied Sciences programs in general and the Engineering Technology program in particular,x demonstrating the impact of engineering physics and technology on the community, andx boosting environmental awareness in the Middle Tennessee area.The
societal impact. Projects that incorporate service learning can meaningfully applyclassroom knowledge in a real-world setting while fostering a deeper connection between thestudent and the larger community. This helps students cultivate new relationships, buildawareness of local issues, and expand intercultural understanding. As stated in the InternationalService Journal for Engineering, “Community engagement pedagogies, often called ‘servicelearning’, are ones that combine learning goals and community service in ways that can enhanceboth student growth and the common good.” [2] This recognizes that there are more sociallyconscious paths that can be followed in engineering skill development than those that rely purelyon solving a technical problem
that campus teaching centers can play in engaging faculty in activitiesthat enhance their teaching experiences. One role is creating community, by organizingdiscussion groups, peer visits, and other formal and informal events. A related role is fosteringcollegiality, often achieved through inviting respected senior faculty to help develop, coordinate,and facilitate the gatherings. A third role is building coalitions to advocate for sound policies andbest practices in such areas as “evaluation of teaching, both for promotion and improvementpurposes; teaching assistant training; teaching and learning in the diverse classroom; and facultyroles and rewards” (p. 319).17One particular way in which teaching centers could have such an impact is
- munication at the Hugh Downs School of Human Communication. He studies digital rhetoric, social networks, and educational technology. He works with hybrid class, project-based learning, and in- ter/transdisciplinary collaborations as part of various projects at Arizona State University. c American Society for Engineering Education, 2019Cohering Small Group Communication with Introduction to Engineering and its Impact on Team DynamicsAbstractThis paper will describe the impact of cohering two first year courses, Introduction toEngineering and Small Group Communication on team dynamics. One of the important skills forsuccessful engineering students is their ability to work effectively in a team
] conceptualized experiential learning in engineeringeducation as self-school-community. It draws connections between students’ lives and needs(self), how they experience engineering curriculum and instruction (school), and the impacts ofgeneral well-being and contextual environmental factors (e.g., community) [7]. Thisinterdependence between engineers, knowledge, and the community creates an opportunity for avariety of approaches to produce successful outcomes. Higher education institutions and facultycan tailor experiential, community-based learning practices to their specific contexts. Forinstance, these concepts could comprise one unit of study, one course, or even an overall themewithin a program. Faculty instructors innovate through combining
to: • Introduce graduate students to the notion of broader impacts of engineering research • Inculcate a thinking in graduate students of the importance of broad based impacts of their work, both through communication strategies and planned effortsAccordingly, the learning outcomes of the course were set forth as the following abilities thatstudents should be able to demonstrate upon completing the course: 1) Understand the importance of the notion of broader impacts of engineering research 2) Provide examples of broader impacts activities that engineers engage in to potentially benefit society 3) Identify potential partners on campus to engage in broader impacts
require multiple classes in architectural orlandscape history to inform students’ design studio work. These courses are students’ firstexposure to indigenous cultures across various time periods. CRP curriculum is more likely toaddress issues such as affordable housing, gentrification, and marginalization due to these topics’direct relationship with planning. CM and ARCE curriculum focus on structural design andconstruction, such that only ARCE has one class on the history of structural design. Even thoughthere are architecture, landscape, and structural history classes these often do not equallyrepresent world regions or feature marginalized communities and thus still lack a diversity ofracial, ethnic, cultural, socio-economic, and other
in perceptions of female facultybetween students who attended gender-segregated schools, which are common amongst the localpopulation, and those who graduated from international schools. Finally, religion is expected toinfluence student perceptions because of certain rules and regulations in Islam – the most popularreligion in the Middle East – that restrict mixed-gender interactions.The results may shed light on the potential impact of female faculty on engineering students,especially female students. Based on the results, universities in the region may rethink theirfaculty model to better cater to the needs of students. The study may also encourage females inthe region to pursue a teaching career in Science, Technology, Engineering, or
pedagogically. Currently he works in one of the most technically outstanding buildings in the region where he provides support to students, faculty, and staff in implementing technology inside and outside the classroom, researching new engineering education strategies as well as the technologies to support the 21st century classroom (online and face to face). He also has assisted both the campus as well as the local community in developing technology programs that highlight student skills development in ways that engage and attract individuals towards STEAM and STEM fields by showcasing how those skills impact the current project in real-world ways that people can understand and be involved in. As part of a university that
were expressed as instrumental in the journey from freshmento upperclassmen. The student organization fair held on day two provided participants the opportunity tomingle among a variety of clubs/organizations and campus resources that would be available touniversity enrollees. Mentees were not only introduced to and interacted with various features within thecollege of engineering but also experienced the realities of campus life in general. The organizationalfair participants included:● Engineers without Borders (EWB): EWB-USA supports community-driven development programsworldwide by collaborating with local partners to design and implement sustainable engineeringprojects, while creating transformative experiences and responsible leaders
development of the days forother disciplines. The high-level objectives of Engineering Design Days are: Providing students with an opportunity to engage with open-ended problems that demonstrate the breadth of Engineering, and the breadth of their chosen program Providing students with an opportunity to develop hands-on skills, with industrial-grade equipment where possible Providing students with an authentic environment to practice their professional skills, particularly teamwork and communication Providing an opportunity for students to develop a “class community”. Since these students will spend the next five years interacting, supporting each other, and working together, it is essential that
created by the teachers. Andduring the school year following the workshop, teachers implemented engineering PBL and usedthe assessments they created to measure students’ learning. The impact of the workshop onimproving high school math teachers’ confidence and skills in implementing and assessingengineering PBL is reported.MethodsTwenty-one in-service high school mathematics teachers from three different counties and onepre-service teacher participated in a five-day professional development workshop. The goal ofthe workshop was to provide systematic training of PBL to high school mathematics teachers.Teachers had the opportunity to engage with multiple engineering concepts, develop projects totake back to their classrooms, and create assessments
place particular emphasis on teamwork (in the context of geographically distributed projects), communication and presentation skills, and intercultural competence (by which we mean awareness of other cultures norms and the impact these can have on professional practice). Students are introduced to structured teamwork and intercultural communication and collaboration in the first course, "Runestone" at the end of the third year of academic studies. This is followed up in the fourth year by students taking the IT in Society course (ITiS)14, where they encounter a larger and more open-ended project. The sequencing of these courses in relation to the
supervisors in the VM setup exist on thesame machine and the communication delay between them is little compared to having twodifferent Raspberry Pi’s to communicate. This communication and processing delay add up tothe latencies and we can see these reflections in Figure 3a and Figure 3b. a) Virtual Machine (VM) b) Raspberry Pi Testbed Figure 3 Workload Distribution ComparisonConclusionFrom the overall experience of iEDGE, we conclude that such an initiative for engaging next-generation engineers and scientists in hands-on implementation plays a pivotal role in bridgingthe disconnect between theoretical knowledge and practical application. Our REU student
real world. I have noticed that the ones that are open to outside experience do listen and try to apply what we do/say into their work. Some will even ask questions and try to learn more directly as well. An example is in control systems, when we were going over frequency and time domains. My communications background allowed me to explain that information in a different way to a couple of the other students and show how that education is applied in industry. From our work ethics, to our different knowledge bases I do think we make a positive impact on the performance of the other students.”MethodsTo conclude whether veteran students have a positive influence on the grades of non-veteranstudents, student
relatively unchanged between 2005 and20092. It is now estimated that only about one half of the college students who matriculatedinto an engineering program will actually earn an engineering degree 3. For many years, researchers have highlighted the critical role of social engagement incollege student retention and academic success. Astin 4 emphasized that the single mostinfluential factor in college student development was the peer group, a factor that links a sense ofcommunity with overall satisfaction in college. To increase student retention, Tinto 5 suggestedthat freshman students should be integrated into social and academic communities early in theirfreshman year. Several subsequent studies provided empirical evidence that social
and its impact on retention, incorporating non-traditional teaching methods into the classroom, and engaging her students with interactive methods. American c Society for Engineering Education, 2021 WIP: Strategies to Increase Value and Retention for Undergraduates in EngineeringAbstract At a large southwestern university, efforts are being made to grow the engineering studentbody significantly by 2025. One of the challenges to this goal is students switching majors orleaving the university during their first two years in an engineering program. These early yearsare crucial as students are introduced to many of their
a teacher and one for the student. Thedeliverable was designed to reflect the pedagogical content knowledge and curricular knowledgeTrainees have gained from the previous weeks of the module.The weekly reading topics and lessons subject matter included: Backwards Design22,communication, formative and summative assessment techniques, learning theory, the HowPeople Learn framework 23, classroom engagement strategies, and curriculum development. Tofurther the objectives of the module and help share the workload, trainees were grouped intothree pairs and one group of three across the campuses, such that no group consisted of studentssolely from the same university. At the completion of the module, all groups had successfullycompleted the final
following four factors. 1. Design and implement an inspiring approach to early engineering education. From the very beginning, illustrate real ECE problems whose solutions benefit society. Engage the students through hands-on projects in which their team solves these problems. This approach—which eschews “toy” problems or “recipe” projects—mmakes ECE significantly more relevant and exciting to the students and provides them with opportunities to understand how their work might impact the world. The projects make connections to the real world by addressing contemporary problems and the students discover the importance of ECE problems and the excitement of designing creative solutions. This approach benefits
, while globallearners learn best by grasping the big picture. Global learners can engage their intellectualcuriosity and easily find the underlying connection between different concepts1.The Felder-Soloman Index of Learning Style instrument was used in a wide range of studiessome focused on the learning and teaching styles of the faculty and illustrated the mismatchbetween the engineering students learning styles and the faculty teaching styles8, while othersfocused on the correlation between the student learning styles and the use of non-traditionalinstruction to bridge the gap and improve students’ achievement2,12,13,14. We are proposing to usethe Felder-Soloman Index of Learning Style instrument as a starting point to help us identify thetype
werestudied and researched by political, environmental and medical science students in a Japaneseuniversity and the application development was entrusted to Indian engineering students. Themain contribution of this paper is in describing the design of this experiment and analyzing itsresult.The next section establishes the motivation behind the experiment which is elaborated in thesubsequent section. The paper then presents and analyses feedback of all the participants andends with concluding remarks.BackgroundThe Accreditation Board for Engineering and Technology of the Unites States (ABET) hasidentified criteria required of good engineers that includes ability to function on multi-disciplinary teams, ability to communicate effectively and the broad
-Champaign campus and globally through the extramural Masters of Science online program. c American Society for Engineering Education, 2016 Don’t Look At Your Shoes! Getting Engineers and Scientists to Engage With AudiencesAbstract:A first-year graduate seminar is used to work with students to alleviate shyness, introversion andspeaking anxiety, as well as providing a method for speaking effectiveness incorporating culturalcues when giving technical presentations. The core intent was to get students - particularly thosewho are not native English speakers - to be comfortable and to improve on monotonous, roterecitation from memorized scripts. The effort has been fortunate to draw
. Community IntegrationBased on descriptive frequencies of all respondents’ responses, attendance at First-YearOutreach Dinners and ASCE meetings had the greatest impact on community integration. Foreach of these outreach events, 76.1% and 59.6% of attendees found the experience to be highlyimpactful, respectively. At First-Year Outreach Dinners, all activities are specifically designedto create a welcoming environment for freshmen. Whether they are engaging in engineeringdesign challenges, peer mentoring, or professional mentoring, the fourth-class system iscompletely absent from these events. First-year students are able to relax, eat, and enjoyengineering. The unique freshmen-focused atmosphere likely explains why 78.3% of attendeeshighly enjoyed
Research on Measuring and Analyzing Student Engagement in Classes across University Sudhir Mehta, Zhifeng Kou North Dakota State UniveristyAbstractThe National Survey of Student Engagement (NSSE) was especially designed to measure studentengagement as a means of evaluating the impact of education at the university level. However,no such simple tool is available for measuring student engagement at an individual class level.This paper describes a classroom survey of student engagement (CSSE) that was adopted fromthe original NSSE Survey. The CSSE survey conducted over five semesters examined levels ofstudent engagement in 539 classes
commonreported benefit, coming from 12 TAs, was developing friendships. Nine of these TAs wereseeking this, but 2 were surprised by it. In describing this benefit, some of the TAs talked about“bonding,” “building community,” and “building relationships.” Indeed, a strong camaraderie isobserved amongst the TAs who take primary responsibility for crucial aspects of coursedevelopment.Another commonly cited benefit was the ability to “pay it forward” by doing something tosupport the program they had participated in themselves as first-year students, helping thecurrent students in the process. As one TA put it, it is a chance to “help shape the course of theproject for the benefit of the students.” None of them found this benefit to be a surprise.A
engineering at the University of San Diego. He is passionate about creating engaging experiences for his students. His work is primarily focused on two ar ©American Society for Engineering Education, 2023 Work in Progress: Iterating Eco-Social Justice Learning Experiences Through Community-Partnered Capstone Design ProjectsAbstractCapstone design is a critical culminating experience in the academic trajectory of allundergraduate engineering students. At the University of San Diego, each year a handful ofengineering capstone design teams out of the several dozen across the college work oncommunity-partnered projects. The projects are seeded and nurtured by efforts from a formalizeduniversity initiative, the
fromcommunity college instructors from the Year 2 cohort; providing a local level mentorshipmodel rather than an expert-delivery model of instruction and support. These teachers, inturn, will integrate Marine Career Tech topics, content, and modules into their localinstructional practices. During the next year, we expect to collect impact data on middleand high school as well as continued community college knowledge integration related tothe project materials. Dispositions from instructors indicated they were aligned with program goals and thepotential to impact their students, as evidenced by reasons they chose to participate: Figure 4 Reasons I joined the program (sorted by very important)The Figure 4, sorted by the highest
Paper ID #41427Board 41: Counter-Storytelling in Intergenerational STEM ExperiencesDr. Jessica Rush Leeker, University of Colorado Boulder When expanding her impact within her community— and encouraging others to do the same— there is no shortage of inspiration and devotion within Dr. Jessica Rush Leeker. Fueled by her desire to deepen her knowledge and understand how she can leave a lasting impact on the world and the people around her, Dr. Rush Leeker has cultivated a rich educational background. Equipped with her undergraduate degree in Supply Chain and Information Systems from Penn University and her Ph.D. in
Interests: - Collaborative environments for innovation (wikis, social networks and other collaborative online platforms), emerging economies development and the role of IT/communications technology, and methodologies for measurement and assessment frameworks c American Society for Engineering Education, 2017 Understanding the Impact of Engineering Through Engagement with the National Academy of Engineering Grand Challenges Elizabeth Fife EWP, Viterbi School of Engineering, University of Southern CaliforniaAbstractThis study reports on pedagogical efforts supported with a structured survey to motivateengineering student’s awareness of technological
graduation. This can beattributed to many reasons such as improved study habits, improved problem solving abilities,and a greater sense of community with fellow students all attained through attending SI.2 Background Active learning has been shown to aid in comprehension and metacognition inundergraduate students (1, 2, 3). With constant budget cuts, larger enrollment and, therefore, largerclass sizes, active learning becomes more difficult for instructors to implement effectively, if atall. While a number of solutions exist to engage students, Supplemental Instruction has beenshown at Louisiana State University (LSU) to be an effective resource that allows smaller groupsof students to be further engaged in an active environment (4, 5